sqlite-with-gcov

To compile SQLite with gcov code coverage, you need to configure the build using specific CFLAGS like `-fprofile-arcs` and `-ftest-coverage`, along with the appropriate LDFLAGS. This process integrates instrumentation directly into the compiled binaries for runtime analysis.

Installing C++ builds to a custom prefix involves using the `--prefix` configuration option to target a non-standard directory. After installation, you must ensure binary accessibility by creating symlinks or updating your profile scripts to include the custom path.

gcov instrumentation works by compiling C/C++ software with specific flags that insert profiling code into the binary. When the instrumented program runs, it generates detailed coverage data files, allowing you to analyze which lines of code were executed during testing.

Binaries are not found in the system PATH after a custom installation because they are placed in a non-standard directory. You must manually add this directory to your PATH environment variable using profile scripts or create symbolic links to a standard binary location.

Yes, you can use custom CFLAGS and LDFLAGS to generate coverage data for auditing. By configuring your C/C++ build with gcov flags, the resulting instrumented binaries will produce the necessary coverage files upon execution to verify test coverage and runtime behavior.